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The problem statement itself will contain links to additional help and to the solution. Also shown is an orthogonal coordinate system whose axes I labelled x and y. Lee James Longstreet John S. Blog Press Login Checkout Jemznjewels. I furthermore entered already an x-y coordinate system. A negative value of the x-component means that the x- component is pointing in the direction of the minus x-axis. Please, do determine the value of the y-component of the resultant yourself. Bearing force Problem 3. Featured 4 Aug, Here are my calculations for the x-components of the four forces and then the x-component of the resultant: Blog Press Login Checkout Jemznjewels. Our task is now to develop a more efficient way to determine the magnitude and direction of the resultant of the three forces shown. But if the resultant itself is zero then all its components are zero!!! Estimated to save , gallons per year. Use the graphical output to visualize magnitude and direction of the resultant or equilibrium force changing one of the given forces. The concept of orthogonal components we looked at in the preceeding chapters will be employed again, but the direction of a force in 3-D is harder to describe and therefore the calculations of the component of a 3-D force is a little bit more involved. The location of its origin and the alignment of its axes with the borders of the figure are arbitrary choices of mine. The problem statement itself will contain links to additional help and to the solution. When evaluating in terms of the number of gallons of condensate that could be harvested per year, it depends on the size of the building and the amount of cooling required each year. My results are displayed in Figure 3.